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Complex Problem Solving(How to Make Airline Sustainable)
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Industrial Engineering & Management

ISSN: 2169-0316

Open Access

Research - (2021) Volume 10, Issue 8

Complex Problem Solving(How to Make Airline Sustainable)

Shaik Shahul*
*Correspondence: Shaik Shahul, Masters of International Business Administration, American University in Switzerland, Switzerland, Email:
Masters of International Business Administration, American University in Switzerland, Switzerland

Received: 19-Jul-2021 Published: 30-Aug-2021 , DOI: 10.37421/2169-0316.2021.10.306
Citation: Shaik Shahul. "Complex Problem Solving (How to Make Airline Sustainable)." Ind Eng Manage 10 (2021): 306.
Copyright: © 2021 Shaik Shahul. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

Keywords

Sustainable • Airlines • Aviation Industry

Introduction

Aviation is the fastest growing industry, and it holds great promise for future growth. Pandemic has brought the aviation industry to its knees at a time when everything was going well. Because of the on-going pandemics, the aviation industry has been hit with the largest crisis in history. It was previously at a consistent peak. In 2020, the estimated losses are 84 billion dollars. in 2020 and is still counting. The project's sole goal is to make the airline economically sustainable, recover losses, and keep the entire airline on track so that the entire aviation industry can get back on its feet.

Generally Sustainability has three main pillars

• Social sustainability

• Economic sustainability

• Environmental sustainability

The Airlines are more concerned and should be more concerned about the Economic sustainability and the rest can be handled later. However, the cargo industry was profitable due to the transport of medical equipment, whereas the passenger economy is more important. Airlines should focus on their economic perspectives in order to recover from the crisis. So that the airline does not suffer financial losses or worse, goes bankrupt. The sad reality is that many planes have been grounded and will never fly again, 1.5 million people employed by various airlines have been laid off, and many have been placed on unpaid leave.

Development

Setting the Frame of the Problem

SCQ Sequence:

• Situation: The Pandemic has had a financial impact on airlines. Many planes are grounded and inoperable, resulting in a loss of revenue [1]. • Complication: The on-going pandemics and the need for a proper business model to recover losses and move forward economically. • Question: How to make the Airlines sustainable? i. e., economically. (Figure 1 and 2).

industrial-engineering-management-Diagnose

Figure 1. Diagnose the problem.

industrial-engineering-management-solution

Figure 2. Identifying the solution: (Finding the how)?.

T-shaped Problem solving

Generalist: In Generalist the problem solvers only think about the Corona pandemic is affecting the Airlines

Strategic: In case of Strategic problem solvers they think about the Maintenance costs, Business strategy, Dealings in volatile currency etc. [2]. So, the ideal problem solver is the association of both the Generalist and Strategic who not only thinks about one issue but thinks deep into the whole issues and come up with probable solutions. (Figure 3)

industrial-engineering-management-Generalist

Figure 3. Generalist + Strategic is the ideal problem solver.

Implementing the Solution

Selecting a solution depends upon many decision-making factors. The decision factors with the highest weighted score are implemented [3].

We are using weighted decision matrix for selecting a particular solution. (Table 1) The decision matrix gave us the important solution depends upon the preferences of the factors that are scaled between 1-5 (1 means less weighted and 5 means more weighted)

Table 1: How to make an Airline sustainable?.

Your weighted decision 75 50 83 61 58
Sources Options Adding more Aircrafts in traffic areas Mergers and partnerships New Business model Use of more Turbo propeller aircrafts Use of college maintenance shops
Decision making factors weighting your score your score your score your score your score
Cost 5 4 1 4 2 5
Man power 3 4 3 5 3 5
Technology 3 2 3 4 2 3
Passengers 5 5 3 4 4 1
Cargo 4 3 3 4 4 1

The New Business model is the highest weighted factor so we will more concentrate on that and also on the second highest factor- Adding more aircrafts in traffic areas.

So, our implementation of solution is the Mix of both the first and second high weighted solutions.

Charter

Why is the project necessary?

S-Specific, M-Measurable, A-Achievable, R-Realistic, T-Time bound (SMART)

Objective 1: To increase the number of passengers

Objective 2: To have a great business model

Objective 3: To decrease maintenance costs.

Deliverables

1. Check the high demand areas & increase number of fleets.

2. New business model e. g. slot method of booking tickets [4].

3. To collaborate with colleges and use their maintenance shop. (Tables 2 and 3)

Table 2: Budget amount.

Activity Amount
1. check the high demand areas & increase number of fleets 23 million $
2. new business model e.g. adding  slot method of booking tickets 1 million $
3. to collaborate with colleges and use their maintenance shop 17 million $
Total allocated budget 41 million $

Table 3: Project stakeholders.

Number stakeholder Extent of interest Degree of influence Interest & expectations Chances and dangers Possible measures status
1 Passengers 5 5 Low costs - Covid-19 measures Active
2 Employees 9 3 More salaries (bonus) + Safety rules Active
3 CEO of Airlines 10 10 company growth + Budget Active
4 Managers 9 8 sustainability + Workload Active
5 Other airlines 3 5 downfall - Opportunities to take business profits (our business) active

Work packages: Mainly depends on 4 parts [5].

• Project

• Deliverable

• Sub deliverables

• Work packages. (Figure 4)

industrial-engineering-management-Survey

Figure 4. Survey on work packages.

So, we are selecting the new business model in the high traffic areas and making a work break down structure for it. (Table 4 and 5)

Table 4: Breaking down the Major project to deliverables and work packages.

Breakdown Description WBS Code
Implementing new Business model     1.0
Deliverable 1 Conduct survey   1.1
Deliverable 2 Increase the Aircrafts   1.2
WP1 Increase employees 1.2.1  
WP2 Take permissions 1.2.2  
WP3 Maintenance checks 1.2.3  
Deliverable 3 Develop the App   1.3
WP1 Implement sot system 1.3.1  
WP2 Bug Reports 1.3.2  

Table 5:Time Phased Budget.

Code Deliverable and WPS Budget
1.1 Survey $ 15000
1.2 Increase Aircrafts  
1.2.1 Maintenance checks $3 million
1.2.2 Increase employees $10 million
1.2.3 Take permission from Airport Authorities $3 million
1.3 Develop the app  
1.3.1 Slot systems $100,000
1.3.2 Bug Reports $50,000
Total Budget   $16,165,000
Code Deliverable and WPS Budget
1.1 Survey $ 15000
1.2 Increase Aircrafts  
1.2.1 Maintenance checks $3 million
1.2.2 Increase employees $10 million
1.2.3 Take permission from Airport Authorities $3 million
1.3 Develop the app  
1.3.1 Slot systems $100,000
1.3.2 Bug Reports $50,000
Total Budget   $16,165,000

So, we have implemented the solution of new business model and adding aeroplane fleets in high demand area [6,7].

Conclusion

The COVID-19 pandemic has wreaked havoc on the aviation industry, bringing the century-old industry to a halt. Many questions remain unanswered with sustainability as a guiding principle and ambitious net-zero emissions targets. Will the industry recover? What will the face of innovation look like?

However, all is not lost. If we're looking for silver linings, the pandemic has forced both the industry and the traveling public to prioritize what's truly important. Out of adversity comes opportunity, and the aviation industry, like many others, demonstrates that companies that innovate, think creatively, and use technology to overcome seemingly insurmountable challenges will ultimately triumph.

To achieve these largely attainable but challenging goals, governments, the private sector, and global institutions should collaborate to create the conditions for rapid deployment of new solutions in order to recover faster and stronger from the pandemic, while also establishing a tradition of sustainability for future generations to enjoy.

References

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